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The H6 series multi-axis operating handle has diverse functions and is suitable for various construction machinery equipment and electro-hydraulic control systems. It adopts dual-axis operation and is equipped with functions such as spring return, end resistance, and friction locking. It can achieve various limit operations, with a maximum operating Angle of approximately ±25°. Moreover, it uses non-contact Hall technology, ensuring high reliability and long service life. Its shaking Angle is ±25°, the operating force varies by mode, and it weighs approximately 1700g. In terms of electrical parameters, both analog quantities and CAN bus channels have corresponding parameters.
Users can select the model based on the operation mode, stroke type, output signal, upper grip and output method. The handle has a protection level of IP65 (electronic part), can operate stably in an environment ranging from -40℃ to +85℃, and complies with relevant EMC standards. In addition, the upper end and the lower end can be separated and independently output lines, and different upper ends can also be configured to meet the needs of different industrial scenarios.
The H6 series multi-axis operating handle has diverse functions and is suitable for various construction machinery equipment and electro-hydraulic control systems. It adopts dual-axis operation and is equipped with functions such as spring return, end resistance, and friction locking. It can achieve various limit operations, with a maximum operating Angle of approximately ±25°. Moreover, it uses non-contact Hall technology, ensuring high reliability and long service life. Its shaking Angle is ±25°, the operating force varies by mode, and it weighs approximately 1700g. In terms of electrical parameters, both analog quantities and CAN bus channels have corresponding parameters.
Users can select the model based on the operation mode, stroke type, output signal, upper grip and output method. The handle has a protection level of IP65 (electronic part), can operate stably in an environment ranging from -40℃ to +85℃, and complies with relevant EMC standards. In addition, the upper end and the lower end can be separated and independently output lines, and different upper ends can also be configured to meet the needs of different industrial scenarios.